Navigation Menu
Home Blog Latest Notices

Mdcat-past-papers Quiz

Filters: All questions
1301. The source of magnetic field is:



1302. If 0.5 T field is applied over an area of 2 m² which lies at an angle of 60° with the field, then the resulting flux will be:



1303. The magnitude of magnetic force will be maximum on a current-carrying conductor in uniform magnetic field if conductor is placed:



1304. The formula Φ = B•A represents:



1305. Which of the following statement is incorrect for any magnetic field lines?



1306. The unit of magnetic flux density is:



1307. The path of a neutron moving perpendicular to magnetic field is:



1308. A charged particle of mass "m" and charge "q" is projected in a magnetic field of induction B at an angle θ. The radius of curvature of its curved path is given by:



1309. Which of the following defines the change in magnetic flux per unit area?



1310. What is the dot product of magnetic induction and unit area?



1311. What does the magnetic flux measure in?



1312. When magnetic field and vector area are perpendicular then magnetic flux will be:



1313. 1 eV is equal to:



1314. The unit of magnetic flux is:



1315. The dimension of magnetic field is same as that of:



1316. Magnetic flux is the dot product of:



1317. When current is coming out of the paper in a straight conductor, then direction of magnetic field is:



1318. 1 Wb =



1319. According to Fleming's Right Hand Rule, when you stretch out the forefinger, middle finger and thumb so that they are at right angles to each other, the middle finger will point in the direction of:



1320. Magnetic flux is maximum when the angle between the magnetic field and the normal to the plane of finite area is: